Conference Presentations

The next-to-minimal supersymmetric extension of the Standard Model (NMSSM) belongs to the most prominent, best motivated and experimentally widely tested beyond-SM extensions. For a meaningful interpretation of the experimental results and in order to be able to pin down the model underlying nature from the theory side, precise predictions for observables and parameters are crucial. [...]

The Photo Injector Test facility at DESY in Zeuthen (PITZ) is developing an R&D platform, FLASHlab@PITZ, for systematically studying the FLASH effect in cancer treatment using its high-brightness 22 MeV electron beam. The facility can provide a uniquely large dose parameter space: for average dose rates from 0.05 Gy/s to 107 Gy/s (averaged in one RF pulse of less than 1 ms, with a peak dose rate of up to 1013 Gy/s). [...]

We work out the map between null polygonal hexagonal Wilson loops and spinning three point functions in large N conformal gauge theories by mapping the variables describing the two different physical quantities and by working out the precise normalization factors entering this duality. By fixing all the kinematics we open the ground for a precise study of the dynamics underlying these dualities -- most notably through integrability in the case of planar maximally supersymmetric Yang-Mills theory..

We evaluated all two loop conformal integrals appearing in five point correlation functions of protected operators of N=4 Super Yang-Mills in several kinematical regimes. Starting from the correlation function of the lightest operators of the theory, we were able to extract structure constants of up to two spinning operators for small and large values of polarizations and spin. [...]

Approximating functions using a basis set of the functions’ space guarantees convergence of the approximation. However, high-accuracy calculations require memory costs that scale exponentially with the dimensionality, formally known as the curse of dimensionality. [...]